Search

In Stock

Benchtop Low-speed Centrifuge MSLHC18

– The Benchtop Low-speed Centrifuge MSLHC18 is made of stainless steel and features a simple-compact design with low noise levels.
– Equipped with a microprocessor control and maintenance-free frequency conversion motor for efficient operation.
– Offers both electronic and mechanical locks for safe usage.
– Allows for setting and saving parameters with 10 grades of Acc/Dec rate.
– Parameters can be modified during operation without stopping the machine.
– Ideal for qualitative analysis of blood serum, plasma, and urea in hospital, blood center, and biochemistry applications.
– Max speed of 5000r/min with speed accuracy of ±30rpm and a maximum RCF of 3500×g.
– Comes with various rotor options for different sample volumes and speeds.
– Compact dimensions of 520×395×395mm (L×W×H) and weighs 29kg for easy placement and transport.

Original price was: $1,990.00.Current price is: $1,890.00.

SKU:MSLHC18

Specifications

*Stainless steel material, simple-compact, low-noise. and microprocessor control, maintenance-free frequency conversion motor.
*Both electronic lock and mechanical lock for safe operation.
*10 grades of Acc/Dec rate, which can be set or save parameters freely.
*Parameters can be modified at any time when running without stopping the machine, and enable to show both the set and the actual value when running.
*It’s widely used in qualitative analysis of blood serum, plasma and urea in hospital, blood center and biochemistry.

Model:MSLHC18
Max Speed:5000r/min
Speed Accuracy: ±30rpm
Max RCF:3500×g
Timer Range:0~99min
Motor: Microprocessor & Brushless DC motor
Noise:≤65dB(A)
Power Supply:AC220V & 110V 50Hz 5A
Dimension:520×395×395mm(L×W×H)
Weight:29kg
NO.1 Angle Rotor:12×10ml,5000r/min, RCF 3500×g
NO.2 Swing Rotor:16×10ml,4000r/min, RCF 2810×g
NO.3 Swing Rotor:24×10ml,4000r/min, RCF 2810×g
NO.4 Swing Rotor:24×15ml,4000r/min, RCF 2810×g

Reviews

There are no reviews yet.

Write a review

Your email address will not be published. Required fields are marked *